The features of the development and maintenance of water-chemical mode of low-pressure steam boilers using reverse osmosis

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I have been working for more than 14 years in the field of water treatment of thermal power facilities. During this time I have developed a certain understanding of the role and place of using reverse osmosis technology for the needs of water treatment in heat power engineering.

As a result, I have written an article about the use of reverse osmosis in energy power it is based on the theory of water treatment and my own experience.

The article presents a number of examples of the use of reverse osmosis in the structure of water-chemical mode of steam boilers. The advantages and disadvantages of such technological systems are indicated.Recommendations are presented for the development of technological schemes of water treatment using reverse osmosis, taking into account many years of experience in the design and operation of such facilities.

I must say that every boiler room is as individual as a person's fingerprints.And this individuality is determined primarily by the composition of the source water, as well as technological features of the use of steam and the return of condensate.That is, the individuality is determined by physical-chemical changes in the water due to pretreatment, boiling, condensation conditions, conditions of return of condensate, etc.Thus, boiler houses operating on the same composition and source of the water, but with different schemas of the return condensate or no condensate return have different indices of water-chemical mode and face different challenges in the process of operation.

You can see ​​full version in ​​my site ​​tiwater.info  

Full link: The features of the development and maintenance of water-chemical mode of low-pressure steam boilers using reverse osmosis

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